/
xmlSharedStrings_test.go
205 lines (195 loc) · 8.25 KB
/
xmlSharedStrings_test.go
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package xlsx
import (
"bytes"
"encoding/xml"
"testing"
qt "github.com/frankban/quicktest"
)
const xmlSharedStringsTest_sharedStringsXMLStr = `<?xml version="1.0" encoding="UTF-8" standalone="yes"?>
<sst xmlns="http://schemas.openxmlformats.org/spreadsheetml/2006/main"
count="5"
uniqueCount="5">
<si>
<t>Foo</t>
</si>
<si>
<t>Bar</t>
</si>
<si>
<t xml:space="preserve">Baz </t>
</si>
<si>
<t>Quuk</t>
</si>
<si>
<r>
<t>Normal</t>
</r>
<r>
<rPr>
</rPr>
<t>Normal2</t>
</r>
<r>
<rPr>
<b val="true"/>
<i val="false"/>
<strike/>
<condense val="1"/>
<extend val="0"/>
</rPr>
<t>Bools</t>
</r>
<r>
<rPr>
<sz val="13.5"/><color theme="1"/><rFont val="FontZ"/><family val="2"/><charset val="128"/><scheme val="minor"/>
</rPr>
<t>Font Spec</t>
</r>
<r>
<rPr>
<u val="single"/>
<vertAlign val="superscript"/>
</rPr>
<t>Misc</t>
</r>
</si>
</sst>`
// Test we can correctly unmarshal an the sharedstrings.xml file into
// an xlsx.xlsxSST struct and it's associated children.
func TestUnmarshallSharedStrings(t *testing.T) {
c := qt.New(t)
sst := new(xlsxSST)
err := xml.NewDecoder(bytes.NewBufferString(xmlSharedStringsTest_sharedStringsXMLStr)).Decode(sst)
c.Assert(err, qt.IsNil)
c.Assert(sst.Count, qt.Equals, 5)
c.Assert(sst.UniqueCount, qt.Equals, 5)
c.Assert(sst.SI, qt.HasLen, 5)
si := sst.SI[0]
c.Assert(si.T.Text, qt.Equals, "Foo")
c.Assert(si.R, qt.IsNil)
si = sst.SI[1]
c.Assert(si.T.Text, qt.Equals, "Bar")
c.Assert(si.R, qt.IsNil)
si = sst.SI[2]
c.Assert(si.T.Text, qt.Equals, "Baz ")
c.Assert(si.R, qt.IsNil)
si = sst.SI[3]
c.Assert(si.T.Text, qt.Equals, "Quuk")
c.Assert(si.R, qt.IsNil)
si = sst.SI[4]
c.Assert(si.T, qt.IsNil)
c.Assert(len(si.R), qt.Equals, 5)
r := si.R[0]
c.Assert(r.T.Text, qt.Equals, "Normal")
c.Assert(r.RPr, qt.IsNil)
r = si.R[1]
c.Assert(r.T.Text, qt.Equals, "Normal2")
c.Assert(r.RPr.RFont, qt.IsNil)
c.Assert(r.RPr.Sz, qt.IsNil)
c.Assert(r.RPr.Color, qt.IsNil)
c.Assert(r.RPr.Family, qt.IsNil)
c.Assert(r.RPr.Charset, qt.IsNil)
c.Assert(r.RPr.Scheme, qt.IsNil)
c.Assert(r.RPr.B.Val, qt.Equals, false)
c.Assert(r.RPr.I.Val, qt.Equals, false)
c.Assert(r.RPr.Strike.Val, qt.Equals, false)
c.Assert(r.RPr.Outline.Val, qt.Equals, false)
c.Assert(r.RPr.Shadow.Val, qt.Equals, false)
c.Assert(r.RPr.Condense.Val, qt.Equals, false)
c.Assert(r.RPr.Extend.Val, qt.Equals, false)
c.Assert(r.RPr.U, qt.IsNil)
c.Assert(r.RPr.VertAlign, qt.IsNil)
r = si.R[2]
c.Assert(r.T.Text, qt.Equals, "Bools")
c.Assert(r.RPr.RFont, qt.IsNil)
c.Assert(r.RPr.B.Val, qt.Equals, true)
c.Assert(r.RPr.I.Val, qt.Equals, false)
c.Assert(r.RPr.Strike.Val, qt.Equals, true)
c.Assert(r.RPr.Condense.Val, qt.Equals, true)
c.Assert(r.RPr.Extend.Val, qt.Equals, false)
r = si.R[3]
c.Assert(r.T.Text, qt.Equals, "Font Spec")
c.Assert(r.RPr.RFont.Val, qt.Equals, "FontZ")
c.Assert(r.RPr.Sz.Val, qt.Equals, 13.5)
c.Assert(*r.RPr.Color.Theme, qt.Equals, 1)
c.Assert(r.RPr.Family.Val, qt.Equals, 2)
c.Assert(r.RPr.Charset.Val, qt.Equals, 128)
c.Assert(r.RPr.Scheme.Val, qt.Equals, "minor")
r = si.R[4]
c.Assert(r.T.Text, qt.Equals, "Misc")
c.Assert(r.RPr.U.Val, qt.Equals, "single")
c.Assert(r.RPr.VertAlign.Val, qt.Equals, "superscript")
}
// TestMarshalSI_T tests that xlsxT is marshaled as it is expected.
func TestMarshalSI_T(t *testing.T) {
c := qt.New(t)
testMarshalSIT(c, "", "<xlsxSI><t></t></xlsxSI>")
testMarshalSIT(c, "a b c", "<xlsxSI><t>a b c</t></xlsxSI>")
testMarshalSIT(c, " abc", "<xlsxSI><t xml:space=\"preserve\"> abc</t></xlsxSI>")
testMarshalSIT(c, "abc ", "<xlsxSI><t xml:space=\"preserve\">abc </t></xlsxSI>")
testMarshalSIT(c, "\nabc", "<xlsxSI><t xml:space=\"preserve\">\nabc</t></xlsxSI>")
testMarshalSIT(c, "abc\n", "<xlsxSI><t xml:space=\"preserve\">abc\n</t></xlsxSI>")
testMarshalSIT(c, "ab\nc", "<xlsxSI><t xml:space=\"preserve\">ab\nc</t></xlsxSI>")
}
func testMarshalSIT(c *qt.C, t string, expected string) {
si := xlsxSI{T: &xlsxT{Text: t}}
bytes, err := xml.Marshal(&si)
c.Assert(err, qt.IsNil)
c.Assert(string(bytes), qt.Equals, expected)
}
// TestMarshalSI_R tests that xlsxR is marshaled as it is expected.
func TestMarshalSI_R(t *testing.T) {
c := qt.New(t)
testMarshalSIR(c, xlsxR{}, "<xlsxSI><r><t></t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a b c"}}, "<xlsxSI><r><t>a b c</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: " abc"}}, "<xlsxSI><r><t xml:space=\"preserve\"> abc</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "abc "}}, "<xlsxSI><r><t xml:space=\"preserve\">abc </t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "\nabc"}}, "<xlsxSI><r><t xml:space=\"preserve\">\nabc</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "abc\n"}}, "<xlsxSI><r><t xml:space=\"preserve\">abc\n</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "ab\nc"}}, "<xlsxSI><r><t xml:space=\"preserve\">ab\nc</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{RFont: &xlsxVal{Val: "Times New Roman"}}},
"<xlsxSI><r><rPr><rFont val=\"Times New Roman\"></rFont></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Charset: &xlsxIntVal{Val: 1}}},
"<xlsxSI><r><rPr><charset val=\"1\"></charset></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Family: &xlsxIntVal{Val: 1}}},
"<xlsxSI><r><rPr><family val=\"1\"></family></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{B: xlsxBoolProp{Val: true}}},
"<xlsxSI><r><rPr><b></b></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{I: xlsxBoolProp{Val: true}}},
"<xlsxSI><r><rPr><i></i></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Strike: xlsxBoolProp{Val: true}}},
"<xlsxSI><r><rPr><strike></strike></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Outline: xlsxBoolProp{Val: true}}},
"<xlsxSI><r><rPr><outline></outline></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Shadow: xlsxBoolProp{Val: true}}},
"<xlsxSI><r><rPr><shadow></shadow></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Condense: xlsxBoolProp{Val: true}}},
"<xlsxSI><r><rPr><condense></condense></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Extend: xlsxBoolProp{Val: true}}},
"<xlsxSI><r><rPr><extend></extend></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Color: &xlsxColor{RGB: "FF123456"}}},
"<xlsxSI><r><rPr><color rgb=\"FF123456\"></color></rPr><t>a</t></r></xlsxSI>")
colorIndex := 11
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Color: &xlsxColor{Indexed: &colorIndex}}},
"<xlsxSI><r><rPr><color indexed=\"11\"></color></rPr><t>a</t></r></xlsxSI>")
colorTheme := 5
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Color: &xlsxColor{Theme: &colorTheme}}},
"<xlsxSI><r><rPr><color theme=\"5\"></color></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Color: &xlsxColor{Theme: &colorTheme, Tint: 0.1}}},
"<xlsxSI><r><rPr><color theme=\"5\" tint=\"0.1\"></color></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Sz: &xlsxFloatVal{Val: 12.5}}},
"<xlsxSI><r><rPr><sz val=\"12.5\"></sz></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{U: &xlsxVal{Val: "single"}}},
"<xlsxSI><r><rPr><u val=\"single\"></u></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{VertAlign: &xlsxVal{Val: "superscript"}}},
"<xlsxSI><r><rPr><vertAlign val=\"superscript\"></vertAlign></rPr><t>a</t></r></xlsxSI>")
testMarshalSIR(c, xlsxR{T: xlsxT{Text: "a"}, RPr: &xlsxRunProperties{Scheme: &xlsxVal{Val: "major"}}},
"<xlsxSI><r><rPr><scheme val=\"major\"></scheme></rPr><t>a</t></r></xlsxSI>")
}
func testMarshalSIR(c *qt.C, r xlsxR, expected string) {
si := xlsxSI{R: []xlsxR{r}}
bytes, err := xml.Marshal(&si)
c.Assert(err, qt.IsNil)
c.Assert(string(bytes), qt.Equals, expected)
}